Sandbox Reserved 1780: Difference between revisions

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=== Active and Inactive Form ===
=== Active and Inactive Form ===
[[Image:Finalmorphpic2.png|450 px|right|thumb|Figure 2: Inactive form of the thyrotropin receptor shown in blue (PDB: 7T9M). Active form of the thyrotropin receptor shown in green (PDB: 7T9I).]]
[[Image:Finalmorphpic2.png|450 px|right|thumb|Figure 2: Inactive form of the thyrotropin receptor shown in blue (PDB: 7T9M). Active form of the thyrotropin receptor shown in green (PDB: 7T9I).]]
The TSHR protein exists in dynamic equilibrium between two states: active and inactive (Figure 2) (GREEN LINK). TSH (GREEN LINK) will bind and keep the active state in the up position as a result of clashes between bound TSH and the cell membrane.<ref name="Faust" />. Glycosylations of an Asn52 residue cause this clash (GREEN LINK) on the <scene name='95/952707/Tsh_7t9i/1'>α-subunit of TSH</scene>.  
The TSHR protein exists in dynamic equilibrium between two states: active and inactive (Figure 2). <scene name='95/952708/Tsh_7t9i/2'>TSH</scene> will bind and keep the active state in the up position as a result of clashes between bound TSH and the cell membrane.<ref name="Faust" />. <scene name='95/952708/Tsh_7t9i/4'>Glycolysations of an ASN52 residue</scene> cause this clash on the <scene name='95/952707/Tsh_7t9i/1'>α-subunit of TSH</scene>.  
    
    
== TSHR Agonists and Antagonists ==
== TSHR Agonists and Antagonists ==